Nuclear power plants are critical infrastructure facilities that require the highest level of cybersecurity due to the potential consequences of a cyberattack. i-Mirage Decoys can be a valuable tool in a nuclear plant’s defense strategy to safeguard sensitive control systems and prevent disruptions.
Nuclear facilities face unique cybersecurity challenges due to the critical nature of their operations. A cyberattack could have devastating consequences, including reactor shutdowns, radiation leaks, and even meltdowns. i-Mirage Decoys address these challenges by providing a proactive, deception-based defense layer:
Many nuclear plants rely on legacy control systems that may have vulnerabilities not easily patched.
Malicious insiders with authorized access pose a significant risk.
Nation-state actors or cybercriminals may target nuclear plants for sabotage or data theft.
Why Nuclear Power Plants Cannot Afford a Cybersecurity Breach
increase in cyberattacks on energy infrastructure since 2020
of OT networks in nuclear facilities lack adequate monitoring
potential economic damage from a single successful nuclear cyberattack
average dwell time before threats are detected in critical OT environments
Modular active deception deployments tailored to the critical infrastructure boundaries of nuclear power facilities, from IT perimeters to OT control networks.
i-Mirage Decoys designed to mimic control systems can lure attackers, revealing their tactics and intentions before they reach real systems. This allows for a faster response and mitigation of potential damage.
By analyzing honeypot data, security teams can gain valuable insights into the TTPs (Tactics, Techniques, and Procedures) used by attackers targeting nuclear facilities. This knowledge can be used to identify vulnerabilities and develop more effective security measures.
Honeypot data can be used to create realistic attack simulations for training security personnel and raising awareness among plant staff about potential cyber threats.
Honeypot activity logs can be monitored for unusual access patterns, potentially identifying suspicious insider behavior
| Threat Activity | What Nuclear Security Teams Can Learn |
|---|---|
| SCADA/ICS Exploitation | Capture full exploit chains targeting simulated SCADA systems, PLC configurations, and industrial protocols (Modbus, DNP3) without endangering real plant operations. |
| Credential Harvesting | Extract exact credentials, administrative accounts, and password dictionaries used by adversaries during remote access attempts against plant engineering workstations. |
| IT/OT Lateral Movement | Track attacker pivot paths from corporate IT networks into OT segments, identifying protocol transitions (SMB to DNP3), IP hops, and crossing of security zones. |
| Ransomware Staging | Observe file encryption behavior, targeted extension patterns, and C2 communications in isolated decoy environments before ransomware reaches operational systems. |
| Supply Chain Infiltration | Detect compromised vendor access, malicious software updates targeting plant systems, and unauthorized third-party connections interacting with decoy infrastructure. |
| Insider Threat Activity | Identify anomalous access to decoy reactor data repositories, control system documentation, and sensitive configuration files that indicate insider threat behavior. |
Strategic decoy deployment across nuclear OT/IT boundaries transforms every attacker interaction into actionable threat intelligence for security operations teams.
A nuclear facility deploys i-Mirage decoys mimicking SCADA workstations and historian servers within the plant OT network. A state-sponsored threat actor gains initial access through a phishing email, then moves laterally seeking reactor control data. They interact with a decoy historian, triggering an immediate alert. Security teams capture the full attack chain — tools, credentials, and C2 infrastructure — and isolate the threat before any real system is compromised.
i-Mirage Decoys offer nuclear power plants a uniquely powerful and proactive approach to cybersecurity. By providing early detection of sophisticated attacks, deep intelligence on attacker TTPs, and full compliance documentation — all without touching real plant systems — i-Mirage enables nuclear operators to defend critical infrastructure with confidence. The result is a dramatically reduced risk profile for facilities that the world depends upon for safe, reliable energy generation.
Everything you need to know about i-Mirage active deception technology and how we proactively safeguard your enterprise from lateral cyber threats.
Nuclear facilities control critical national infrastructure, and a successful cyberattack could cause reactor shutdowns, radiation incidents, or widespread power grid failures. State-sponsored threat actors and sophisticated criminal groups specifically target these environments for strategic leverage and extortion.
i-Mirage deploys realistic decoy systems that mimic actual SCADA workstations, historian servers, engineering laptops, and PLC interfaces within the plant network. When attackers interact with any decoy, their full activity — tools, credentials, and lateral movement paths — is captured without any real plant systems being at risk.
Yes. i-Mirage decoys are deployed across both IT and OT network segments. When an attacker pivots from a business network into plant control systems, they encounter decoys at the boundary — triggering alerts that capture the full lateral movement chain before any operational system is reached.
Absolutely. i-Mirage generates detailed forensic records of all threat interactions, supporting compliance with NERC CIP standards, NRC cybersecurity regulations, and international nuclear security frameworks. These documented threat logs serve as verifiable evidence of proactive security posture.
Not at all. i-Mirage operates as a completely isolated deception layer that runs in parallel with real plant systems. Reactor operations, safety instrumentation, and control networks are never touched or affected by the decoy infrastructure — the entire system is passive from the plant's perspective.
Request a scoped, risk-free proof of value pilot. Deploy i-Mirage decoys across your OT/ICS environment and detect unauthorized lateral movement in real-time.
